CN203764580U - Bearing integrated maintaining device - Google Patents
Bearing integrated maintaining device Download PDFInfo
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- CN203764580U CN203764580U CN201320653084.XU CN201320653084U CN203764580U CN 203764580 U CN203764580 U CN 203764580U CN 201320653084 U CN201320653084 U CN 201320653084U CN 203764580 U CN203764580 U CN 203764580U
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Abstract
The utility model provides a bearing integrated maintaining device, wherein the functions of the efficient washing, the drying and the oil injection of a bearing can be realized through the single device. The problem in the prior art that a bearing cannot be quickly, efficiently and integratedly maintained in a frontline environment can be overcome. The bearing integrated maintaining device comprises a spraying and washing assembly, a combination frequency ultrasonic cleaning assembly, a cold air drying assembly, an oil injection assembly, an air path assembly and a control system. The combination frequency ultrasonic cleaning assembly comprises a combination frequency ultrasonic generator, an ultrasonic transducer array and an ultrasonic cleaning groove. Ultrasonic transducers of two different frequencies are in a staggered arrangement to form the ultrasonic transducer array. The spraying and washing assembly comprises a plurality of sets of spraying heads and a plurality of sets of cold air drying and spraying heads. The directions of the nozzles of the spraying heads can be adjustable.
Description
Technical field
The utility model relates to a kind of bearing maintenance care device, especially comprises the bearing maintenance care device that sprays cleaning assembly, megasonic cleaning module, dry component and oil injection component.
Background technology
Bearing needs regularly to carry out maintaining in use for some time, cleans impurity greasy dirt, and oiling maintenance again, to improve its precision, and then increases the service life.In order to shorten the maintaining time, improve field work condition, improve maintenance quality, operating efficiency and guarantee benefit, the maintenance of bearing often requires making land used field stripping and carrying out on-site maintenance at bearing, this just requires bearing maintenance care device can realize high-efficiency washing, dry and oiling function, this device is wanted multifunctional all simultaneously, possesses the practical features such as little, the convenient movement of volume, good economy performance.
At present, the fresh rare integrated apparatus to possess the functions such as cleaning, dry and oiling simultaneously on market, is based on industrial flow-line or the large-scale cleaning device that cleans in batches mostly.Such device one does not possess the function of integrated maintenance, and bearing oiling need to complete in independent device, and it two is unfavorable for field or mobile use.In prior art, document < < bearing cleaning recharging oil device > > (< < machine design and manufacture > >, 2005.02, P79-81) disclosed a kind of bearing cleaning recharging oil device, application and the utility model of this device are the most approaching, but this device has only comprised a rolling type wiper mechanism and hydraulic pressure repairing mechanism, there is no oil injection component, can not realize the rapid cleaning of bearing and be dried, simultaneously, this rolling type wiper mechanism is limited to the cleannes of bearing, the effective hole of bearing cleaning, slit, groove, micropore.Application number is that 201010201432 application for a patent for invention has proposed a kind of small bearing cleaning machine, and this device is large batch of small size bearing washing flow line, is not suitable for the maintenance of a small amount of bearing of field stripping; The cleaning that this application proposes comprises demagnetization, sprays cleaning, Ultrasonic Cleaning, air-dry and dry, but not have disclosure to spray the key technology of cleaning and Ultrasonic Cleaning, does not also possess bearing oiling function.In sum, in prior art, also there is no special-purpose bearing integrated cable maintenance device, meet bearing in the on-the-spot Fast-Maintenance maintenance requirement of dismounting.
Summary of the invention
The technical problems to be solved in the utility model is to provide a kind of bearing integrated cable maintenance device, it can realize the high-efficiency washing of bearing, the function of dry and oiling in same device, and overcoming cannot be at quick, effective, the integrated maintaining bearing of a thread environment in prior art.
The bearing integrated cable maintenance device the utility model proposes has comprised and has sprayed cleaning assembly, combination frequency megasonic cleaning module, cold air drying assembly, oil injection component, gas circuit assembly and control system.Combination frequency megasonic cleaning module, to spray between cleaning assembly, cold air drying assembly and oil injection component structure separate, control system and combination frequency megasonic cleaning module, spray cleaning assembly, cold air drying assembly, oil injection component, gas circuit electrical component and be connected, gas circuit assembly by pipeline respectively with spray cleaning assembly, cold air drying assembly, oil injection component and be connected air feed.Wherein, combination frequency megasonic cleaning module comprises transducer array and the ultrasonic cleaner of the ultrasonic transducer staggered of combination frequency supersonic generator, two kinds of different frequencies, Ultrasonic Cleaning trench bottom and spray intelligent temperature control heater has been installed in cleaning assembly; Spray and in cleaning assembly, installed 2～6 groups and spray shower nozzle and 1～4 group of cold air drying shower nozzle, every group of shower nozzle has each nozzle up and down, and the level of nozzle and pitch orientation are all adjustable.
The bearing integrated cable maintenance device of the utility model indication is specific as follows.Described bearing integrated cable maintenance device comprises and sprays cleaning assembly 3, combination frequency megasonic cleaning module 2, cold air drying assembly 4, oil injection component 5, gas circuit assembly 6, control system 1 and interconnected relationship thereof as shown in Figure 1.
(1) control system 1
Control system 1 is to each assembly power supply in device and send instructions, and operates and controls and show current operation status.
(2) spray cleaning assembly 3
Spray cleaning assembly 3 and comprise that one sprays service sink, sprays service sink lid, bearing spider, stationary fixture, coupling body, motor, VFC mechanism, cleaning fluid circulating pressure mechanism, rinse liquid temperature controlling organization, sprays shower nozzle, cleaning fluid accumulator tank and cleaning fluid loop.
Spraying service sink center is bearing spider and stationary fixture, spray and clean pool wall and at circumferencial direction, be uniformly distributed 2～6 groups and spray shower nozzle and 1～4 group of cold air drying shower nozzle, every group of shower nozzle has each nozzle up and down, between nozzle and nozzle body, pass through bulb hinged, nozzle level and pitch orientation are all adjustable, to adapt to the cleaning of bearing different angles and position and to be dried the nozzle angle adjustment while being conducive to different size bearing maintenance.
Between bearing spider and stationary fixture, fold up bearing to be cleaned, both removably connect (as being threaded or clamping).Bearing spider below is connected with motor by coupling body, and motor is subject to VFC mechanism controls, the bearing rotary while spraying cleaning and cold air drying with dynamic bearing, and rotary speed can be regulated by control system 1.
Spray service sink bottom and have cleaning fluid accumulator tank.Spray while cleaning, the in-house high-pressure cleaning liquid of cleaning fluid circulating pressure is adjusted after temperature via rinse liquid temperature controlling organization, export to and spray shower nozzle, by nozzle ejection at the bottom of flowing into after on bearing and spraying service sink, via cleaning fluid accumulator tank, be recycled to cleaning fluid circulating pressure mechanism, in mechanism, complete filtration, pressurize and recycle.
When cleaning fluid is not enough, repairing Guan Zi trend mechanism fuel tank repairing in cleaning fluid circulating pressure mechanism.In rinse liquid temperature controlling organization, there is intelligent temperature control heater, when environment temperature is during lower than 20 ℃, intelligent temperature control heater starts spraying cleaning fluid heating, and the heating-up temperature that sprays cleaning fluid is set by control system 1, and heating-up temperature scope is 40 ℃～60 ℃.
(3) combination frequency megasonic cleaning module 2
Megasonic cleaning module is combination frequency megasonic cleaning module 2, transducer array and the ultrasonic cleaner of the ultrasonic transducer staggered of combination frequency supersonic generator, two kinds of different frequencies, consists of.It is consistent that the frequency of ultrasonic transducer and combination frequency supersonic generator send frequency.Ultrasonic Cleaning trench bottom has been installed intelligent temperature control heater, and when environment temperature heats the cleaning fluid in ultrasonic cleaner during lower than 20 ℃, the heating-up temperature of ultrasonic cleaning solution is set by control system 1, and heating-up temperature scope is 40 ℃～60 ℃.
(4) cold air drying assembly 4
Cold air drying assembly 4 with spray cleaning assembly 3 share spray service sink, spray service sink lid, bearing spider, stationary fixture, coupling body, motor, VFC mechanism, also comprise in addition cold air drying shower nozzle and cold air drying gas circuit.
When dry, motor and VFC mechanism, coupling body, bearing spider and stationary fixture band dynamic bearing High Rotation Speed, gas circuit assembly 6 starts air feed, and the nozzle of cold air on cold air drying gas circuit and cold air drying shower nozzle blows to bearing.Cold air nozzle and nozzle body bulb hinged, nozzle level and pitch orientation are all adjustable, the nozzle angle adjustment when adapting to the bearing drying of different size.
(5) oil injection component 5
Oil injection component 5 comprises filling oil cover, oiling cover, oiling baffle plate, bearing spider, fuel-injection pump and oil plant piston.Bearing oiling completes in oiling cover, and therefore, the shape of oiling cover inner chamber and size and bearing outer ring dimensional fits, with effective Limit Bearing and prevent excessive oiling.On oiling baffle plate, have some oil filler points, oil filler point is circularly and evenly distributed, and perforate in the middle of oiling baffle plate, for being fastenedly connected bearing spider.Lubricating grease is housed in fuel-injection pump, and in cylinder, oil plant piston can start under the effect of gas circuit assembly 6 oiling cylinders.
During oiling, control system 1 is controlled gas circuit assembly 6 to oiling cylinder air feed, advances oil plant piston, and lubricating grease is extruded from fuel-injection pump via oil filler point, completes the oiling of inner ring, roller and the outer ring of bearing.The injection flow of default multiple bearing, when oiling, selects the injection flow of bearing, and control system 1 is controlled the magnetic valve make-and-break time of oiling cylinder, according to default numerical value, controls oiling cylinder air demand, reaches the effect of quantitative oiling.
(6) gas circuit assembly 6
Gas circuit assembly 6 comprises air compressor machine, air filter, air bottle, Pressure gauge, check valve, drain tap, pressure-reducing valve, magnetic valve, sprays service sink lid lift cylinder, filling oil cover lift cylinder, oiling cylinder and cold air drying gas circuit.Adopt air and two kinds of plenum systems of air bottle.Control system 1 is controlled the break-make of each magnetic valve, and then control and to spray service sink lid lift cylinder, filling oil cover lift cylinder, oiling cylinder and cold air drying gas circuit, realize the interior propelling of oil plant piston of lifting, fuel-injection pump and the break-make of cold air drying gas circuit that spray service sink lid and filling oil cover.
The beneficial effects of the utility model are: described bearing integrated cable maintenance device can complete the maintaining function that bearing sprays cleaning, combination frequency Ultrasonic Cleaning, dry and oiling in same device.Described bearing integrated cable maintenance device is multiple functional, volume is little, convenient mobile, although the number of bearings of device single attended operation is limited, but easy to operate, clean oil injecting speed fast, efficiency is high, single sprays that scavenging period is generally 1.5 minutes, the Ultrasonic Cleaning time is 2 minutes, and the oiling time was 2 seconds.The device the utility model proposes is with high and consistent to the cleannes of bearing, and oiling is even and full, and job stability and same effect are good, and to bearing not damaged, the bearing on the spot that is applicable to very much a line or wild environment maintains fast.
Accompanying drawing explanation
Fig. 1 is bearing integrated cable maintenance device structural representation, and wherein, 1-control system, 2-combination frequency megasonic cleaning module, 3-spray cleaning assembly, 4-cold air drying assembly, 5-oil injection component, 6-gas circuit assembly.
Fig. 2 is for spraying cleaning assembly and cooling cleaning assembly structural representation, wherein, 1-control system, 6-gas circuit assembly, 7-sprays service sink lid, 8-sprays service sink, 9-stationary fixture, 10-bearing spider, 11-coupling body, 12-motor, 13-VFC mechanism, 14-cleaning fluid circulating pressure mechanism, 15-rinse liquid temperature controlling organization, 16-push rod, 17-cleaning fluid accumulator tank, 18-cleaning fluid loop, 19-cleaning fluid loop, 20-sprays shower nozzle, 21-sprays nozzle, 22-cold air drying gas circuit, 23-cold air drying shower nozzle, 24-cold air nozzle, 25-sprays service sink lid lift cylinder.
Fig. 3 is megasonic cleaning module and cold air drying modular construction schematic diagram, wherein, and 1-control system, 26-ultrasonic cleaner, 27-ultrasonic transducer array, 28-combination frequency supersonic generator, 29-intelligent temperature control heater.
Fig. 4 is 9 * 3 ultrasound transducer array schematic diagrames, and wherein, circle represents a transducer, and white and nicking represent two kinds of different frequencies.
Fig. 5 is oil injection component structural representation, wherein, 6-gas circuit assembly, 30-item bar, 31-filling oil cover, 32-oiling cover, 33-bearing spider, 34-oil filler point, 35-oiling baffle plate, 36-fuel-injection pump, 37-oil plant piston, 38-oiling cylinder, 39-steam vent, 40-filling oil cover lift cylinder.
Fig. 6 is the oil filler point distribution schematic diagram of oiling baffle plate, wherein, and 34-oil filler point, 35-oiling baffle plate.
Fig. 7 is gas circuit modular construction schematic diagram, wherein, 22-cold air drying gas circuit, 25-spray service sink lid lift cylinder, 38-oiling cylinder, 40-filling oil cover lift cylinder, 41-air compressor machine, 42-air filter, 43-drain tap, 44-check valve, 45-air bottle, 46-Pressure gauge, 47-check valve, 48～51 for Pressure gauge, 52～55 for pressure-reducing valve, 56～59 be magnetic valve.
Fig. 8 is the schematic top plan view of filling oil cover and oiling cover assembly, wherein, and 31-filling oil cover, 32-oiling cover, 39-steam vent.
The specific embodiment
In a line or wild environment maintenance of aircraft, require 20～30 of every flights rise and fall or suspect when bearing lubrication is bad, need to clean and check also grease up again wheel bearing.This work adopt at present always hairbrush dip in kerosene (or gasoline) mode bearing cleaning, with hand, by the manual manipulation method of pressure grease, complete.The bearing disassembling need to efficiently clean and check and grease up again under a thread environment condition in airport (outfield), to guarantee completing smoothly of retinue task, reduce ground maintenance and ensure the time, improve field maintenance condition of work, improve the serviceability rate of aircraft and turnout is significant again.For this reason, the utility model provides a kind of bearing integrated cable maintenance device.
Bearing integrated cable maintenance device described in the utility model comprises and sprays cleaning assembly 3, combination frequency megasonic cleaning module 2, cold air drying assembly 4, oil injection component 5, gas circuit assembly 6, control system 1.Accompanying drawing 2 discloses to accompanying drawing 8 is nonrestrictive the device specific embodiment structural representation that the utility model relates to, and device the utility model being related to below in conjunction with accompanying drawing is further described.
As shown in Figure 1, bearing integrated cable maintenance device comprises and sprays cleaning assembly 3, combination frequency megasonic cleaning module 2, cold air drying assembly 4, oil injection component 5, gas circuit assembly 6, control system 1.Combination frequency megasonic cleaning module 2, to spray between cleaning assembly 3, cold air drying assembly 4 and oil injection component 5 structure separate, control system 1 and combination frequency megasonic cleaning module 2, spray cleaning assembly 3, cold air drying assembly 4, oil injection component 5, gas circuit assembly 6 and be electrically connected to, gas circuit assembly 6 by pipeline respectively with spray cleaning assembly 3, cold air drying assembly 4, oil injection component 5 and be connected air feed.
(1) control system 1
Control system 1 is for whole device all component power supply and send each instruction, gathers and analyze various types of signal, sets design parameter, and realize operation and control and signal feedback, and display unit current operation status.
(2) spray cleaning assembly 3
As shown in Figure 2, spray cleaning assembly 3 and comprise that one sprays service sink 8, sprays service sink lid 7, bearing spider 10, stationary fixture 9, coupling body 11, motor 12, VFC mechanism 13, cleaning fluid circulating pressure mechanism 14, rinse liquid temperature controlling organization 15, sprays shower nozzle 20, cleaning fluid loop 18 and cleaning fluid loop 19.Spray service sink 8 tops for spraying service sink lid 7, in pond, center is bearing spider 10 and stationary fixture 9, and both are threaded, for fixing spacing bearing to be cleaned.Spray service sink 8 pool walls and at circumferencial direction, be uniformly distributed 2～6 groups and spray shower nozzle 20 and 1～4 group of cold air drying shower nozzle 23, every group of shower nozzle has each nozzle up and down, is respectively and sprays nozzle 21 and cold air nozzle 24.Spray nozzle 21 and spray between shower nozzle 20 main bodys and pass through bulb hinged, in bulb hinge, have a through hole as high-pressure cleaning liquid passage.The level and the pitch orientation that spray nozzle 21 are all adjustable, to adapt to the cleaning of bearing different angles and position, while being conducive to different size bearing cleaning, spray nozzle 21 angle adjustment.
Spraying service sink 8 bottoms is mesh dividing plate, and there is cleaning fluid accumulator tank 17 mesh dividing plate below, connects cleaning fluid loop 18, makes cleaning fluid 18 flow into cleaning fluid circulating pressure mechanisms 14 through cleaning fluid loop.There are filtration, pressurization, the oil plant equipment such as screen pack, cylinder, stillpot, high-pressure pump, cleaning fluid fuel tank in cleaning fluid circulating pressure mechanism 14 inside.After cleaning fluid circulating pressure mechanism 14, connect rinse liquid temperature controlling organization 15, mainly comprise an intelligent temperature control heater, by heating plate and temperature sensor, formed.Rinse liquid temperature controlling organization 15 connects cleaning fluid loops 19, then 2～6 groups of spraying in service sink 8 of access spray shower nozzle 20, finally by spraying nozzle 21, ejects the vaporific cleaning fluid of high pressure.
Spraying service sink 8 bottom centre positions has a through hole, sealing screens coupling body 11.Coupling body 11 top connection bearing bearings 10, below connects motor 12, and three is the logical heart coaxially, and motor 12Shou VFC mechanism 13 controls.VFC mechanism 13, cleaning fluid circulating pressure mechanism 14 and rinse liquid temperature controlling organization 15 all direct controlled system 1 instruction are controlled, and synchronous working, has cable to be connected with control system 1.
Spraying service sink covers 7 both sides and respectively by a push rod 16, is connected and sprayed service sink lid lift cylinder 25.
(3) combination frequency megasonic cleaning module 2
As shown in Figure 3, combination frequency megasonic cleaning module 2 is from top to bottom comprised of combination frequency supersonic generator 28, ultrasonic transducer array 27 and ultrasonic cleaner 26 successively.Wherein, intelligent temperature control heater 29 has been installed in ultrasonic cleaner 26 bottoms.
The combination frequency supersonic generator 28 using in embodiment is double-frequency ultrasound wave producer, and frequency range is respectively: 15kHz～20kHz and 25kHz～30kHz.The utility model has adopted low-frequency ultrasonic waves (lower than 50kHz) when selecting supersonic band.When selecting ultrasonic wave double frequency scope, consider that ultrasonic frequency is lower, the compression that liquid is subject to and rarefaction have the longer time interval, make bubble can grow into larger size before collapse, cavitation intensity is higher, therefore, the Ultrasonic Cleaning frequency of selection 15kHz～20kHz is more conducive to firmly stick together the removing of grease.Grease for structure places such as bearing slit, groove and micropores is difficult to situation about removing, suitably improve ultrasonic frequency, can under the same sound intensity, produce more cavitation bubble, penetration power strengthens, cavitation noise is less, therefore, select the frequency of 25kHz～30kHz as the high band of dual-frequency ultrasonic wave cleaning.
The ultrasonic transducer array 27 of using in embodiment is transducer arrays of the ultrasonic transducer staggered of two kinds of different frequencies, consistent and the operating frequency of ultrasonic frequency that the frequency of ultrasonic transducer is sent with double-frequency ultrasound wave producer is from motion tracking, make output matching better, power is more powerful, and efficiency is higher.Fig. 4 provides a kind of schematic diagram of arranging of ultrasonic wave 9 * 3 transducer arrays, and in figure, circle represents a transducer, and white and nicking represent two kinds of different frequencies, and the transducer of two kinds of different frequencies is staggered, forms transducer array.The transducer array design of the ultrasonic transducer staggered of two kinds of different frequencies can effectively reduce the input power of single transducer, reduced the cavitation corrosion to bearing cleaning, overcome the problem of ultrasonic cleaner standing internal wave, guarantee that sound field is evenly distributed, the uniformity that improves cleaning performance, meets the larger requirement of a plurality of bearing cleaning areas.
(4) cold air drying assembly 4
As shown in Figure 2, cold air drying assembly 4 with spray cleaning assembly 3 and share and spray service sink 8, spray service sink lid 7, bearing spider 10, stationary fixture 9, coupling body 11, motor 12, VFC mechanism 13, except above structure, cold air drying assembly 4 also comprises 1～4 group of cold air drying shower nozzle 23 and cold air drying gas circuit 22.Every group of cold air drying shower nozzle 23 has each cold air nozzle 24 up and down.Between the main body of cold air nozzle 24 and cold air drying shower nozzle 23, adopt bulb hinged, in bulb hinge, have a through hole as cold air path.Cold air nozzle 24 levels and pitch orientation are all adjustable, to adapt to the dry of bearing different angles and position, cold air nozzle 24 angle adjustment while being conducive to different size bearing drying.
During cold air drying, motor 12Yu VFC mechanism 13, coupling body 11, bearing spider 10 drive bearing rotary with stationary fixture 9, gas circuit assembly 6 starts air feed, and the cold air nozzle 24 of cold air on cold air drying gas circuit 22 and cold air drying shower nozzle 23 blows to bearing.The direction of cold air nozzle 24 is adjustable, with the bearing drying of different size size.
(5) oil injection component 5
As shown in Figure 5, oil injection component 5 comprises filling oil cover 31, oiling cover 32, oiling baffle plate 35, bearing spider 33, fuel-injection pump 36 and oil plant piston 37.
The top of oil injection component 5 is filling oil cover 31 and oiling cover 32, and both closely connect, and filling oil cover 31 does not cover the upper surface of oiling cover 32 completely.Filling oil cover 31 both sides are connected with filling oil cover lift cylinder 40 by push rod 30.Oiling cover 32 cavity shapes and size and need the bearing outer ring dimensional fits of oiling.On oiling cover 32, have a steam vent 39, this hole is through hole, lower logical oiling cover 32 inner chambers, the upper surface that upper logical oiling cover 32 is not covered by filling oil cover 31.The nonrestrictive syntagmatic that discloses a kind of filling oil cover 31 and oiling cover 32 of Fig. 8, in embodiment illustrated in fig. 8, filling oil cover 31 is that strip is shaft-like, oiling cover 32 is cylinder, the geometric center of both upper surfaces is overlapping in top view, and the bond length of filling oil cover 31 is less than oiling cover 32 circular cross-section diameters, make filling oil cover 31 not cover the upper surface of oiling cover 32 completely.
One oiling baffle plate 35 is arranged at the bottom of oil injection component 5, has some oil filler points 34 on oiling baffle plate 35, and it is the center of circle that oil filler point 34 be take the geometric center of oiling baffle plate 35, is circularly and evenly distributed, and perforates in the middle of oiling baffle plate 35, for being fastenedly connected bearing spider 33.The oiling baffle plate 35 belows fuel-injection pump 36 that is tightly connected, storing lubricating grease in cylinder.Oil plant piston 37 is arranged at fuel-injection pump 36 bottoms, and piston base connects oiling cylinder 38, and under the effect of oiling cylinder 38, oil plant piston 37 can move up and down in fuel-injection pump 36.
Embodiment in Fig. 5 be take roller bearing as example, oiling cover 32 inner chambers are designed to the shape adapting with airplane wheel roller bearing size, three circle oil filler points on oiling baffle plate 35, have been designed, the corresponding bearing inner ring diameter of inner ring diameter, middle loop diameter respective shaft bearing roller, the corresponding bearing outer diameter of race diameter.Three circle oil filler hole structure signals of oiling baffle plate 35 as shown in Figure 6.During oiling, control system 1 is controlled the make-and-break time of oiling cylinder solenoid valve 58, controls the air demand to oiling cylinder 38, according to presetting fixed quanting pushing oil plant piston, lubricating grease is extruded from fuel-injection pump via oil filler point, completed the quantitative and even oiling of inner ring, roller and the outer ring of bearing.
(6) gas circuit assembly 6
As shown in Figure 7, gas circuit assembly 6 comprises air compressor machine 41, air filter 42, air bottle 45, Pressure gauge 46, check valve 44, check valve 47, drain tap 43, Pressure gauge 48～51, pressure-reducing valve 52～55, magnetic valve 56～59, sprays service sink lid lift cylinder 25, filling oil cover lift cylinder 40, oiling cylinder 38 and cold air drying gas circuit 22.Magnetic valve 56～59 is connected with control system 1 cable.Gas circuit assembly 6 adopts the mode of air compressor machine 41 and air bottle 45 parallel connections to carry out terminal air feed to spraying service sink lid lift cylinder 25, filling oil cover lift cylinder 40, oiling cylinder 38 and cold air drying gas circuit 22Si road, the pressure on four tunnels can as required, regulate by corresponding pressure-reducing valve 52～55 respectively.
Claims (6)
1. a bearing integrated cable maintenance device, comprise and spray cleaning assembly (3), megasonic cleaning module, cold air drying assembly (4), oil injection component (5), gas circuit assembly (6), control system (1), it is characterized in that described megasonic cleaning module is combination frequency megasonic cleaning module (2), combination frequency megasonic cleaning module (2), spray cleaning assembly (3), cold air drying assembly (4) and oil injection component (5) structure are separate, control system (1) and combination frequency megasonic cleaning module (2), spray cleaning assembly (3), cold air drying assembly (4), oil injection component (5), gas circuit assembly (6) is electrically connected to, gas circuit assembly (6) by pipeline respectively with spray cleaning assembly (3), cold air drying assembly (4), oil injection component (5) connects air feed.
2. bearing integrated cable maintenance device as claimed in claim 1, is characterized in that described combination frequency megasonic cleaning module (2) is comprised of transducer array and the ultrasonic cleaner of the ultrasonic transducer staggered of combination frequency supersonic generator, two kinds of different frequencies.
3. bearing integrated cable maintenance device as claimed in claim 1 or 2, it is characterized in that the Ultrasonic Cleaning trench bottom of described combination frequency megasonic cleaning module (2) and spray in the rinse liquid temperature controlling organization of cleaning assembly (3) intelligent temperature control heater has been installed, when environment temperature during lower than 20 ℃ to ultrasonic cleaner in and cleaning fluid in rinse liquid temperature controlling organization heat, cleaning fluid heating-up temperature is set by control system (1), and scope is 40 ℃～60 ℃.
4. bearing integrated cable maintenance device as claimed in claim 1 or 2, described in it is characterized in that, spraying cleaning assembly (3) has to spray a service sink, spraying service sink center is bearing spider and stationary fixture, spray and clean pool wall and at circumferencial direction, be uniformly distributed 2～6 groups and spray shower nozzle and 1～4 group of cold air drying shower nozzle, every group of shower nozzle has each nozzle up and down, between nozzle and nozzle body, by bulb hinged, nozzle level and pitch orientation are all adjustable.
5. bearing integrated cable maintenance device as claimed in claim 1 or 2, it is characterized in that described oil injection component (5) comprises filling oil cover, oiling cover, oiling baffle plate, bearing spider, fuel-injection pump and oil plant piston, three circle oil filler points on oiling baffle plate, have been arranged, the corresponding bearing inner ring diameter of inner ring diameter, middle loop diameter respective shaft bearing roller, the corresponding bearing outer diameter of race diameter.
6. bearing integrated cable maintenance device as claimed in claim 1 or 2, is characterized in that described bearing is roller bearing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320653084.XU CN203764580U (en) | 2013-10-23 | 2013-10-23 | Bearing integrated maintaining device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320653084.XU CN203764580U (en) | 2013-10-23 | 2013-10-23 | Bearing integrated maintaining device |
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| Publication Number | Publication Date |
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| CN203764580U true CN203764580U (en) | 2014-08-13 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201320653084.XU Expired - Fee Related CN203764580U (en) | 2013-10-23 | 2013-10-23 | Bearing integrated maintaining device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109084161A (en) * | 2018-09-14 | 2018-12-25 | 中国人民解放军空军工程大学航空机务士官学校 | Intelligent wheel bearing integrated maintenance device |
-
2013
- 2013-10-23 CN CN201320653084.XU patent/CN203764580U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109084161A (en) * | 2018-09-14 | 2018-12-25 | 中国人民解放军空军工程大学航空机务士官学校 | Intelligent wheel bearing integrated maintenance device |
| CN109084161B (en) * | 2018-09-14 | 2024-01-02 | 中国人民解放军空军工程大学航空机务士官学校 | Intelligent integrated maintenance device for wheel bearing |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140813 Termination date: 20181023 |